Are you a port or a terminal?
Shore Side Electricity - SSE
Barge as energy storage
Power Grid
Port-to-barge interface
Barge technical features
Barge-to-ship interface
Power modules
Project Video
Port to barge interface
Automated Shore-to-Ship Connectivity: The BlueBARGE system utilizes a connection interface to establish the power connection between shore power and the barge. By combining an AI-driven vision system with automated robotics, the interface identifies, aligns, and secures high-power connections without human intervention.
Key aspects
- Autonomy: fully automated connection; no operator required.
- Precision: Camera-based vision system for exact plug detection and alignment.
- Safety: Secure handling of high-power cables in demanding port environments.
- Versatility: Compatible with global shore power standards and various port layouts.
Barge to ship Interface
In this system, offshore energy transfer is established via a Cable Management System (CMS) between a highly efficient Battery Module (a barge equipped with batteries and integration equipment) and a vessel equipped with an alternative marine power system receiving interface. Stored power from the containerized power units is distributed, controlled, monitored, and adjusted via electronic panels, electric transformers, and electrical cabinets. Electricity is transferred from the barge through a low-voltage cable, which is guided to the vessel’s connection box by a crane with an extendable mechanical arm. Power-by-wire is transferred to the vessel’s low or high voltage connection panel and can then be distributed directly through the main switchboard to cover the vessel’s operational needs.
Key data
- Integrated cable reel and boom for precise positioning and reach.
- IEC 80005 Compliant: for seamless "plug-and-play" compatibility.
- Modular and Mobile Configuration: Scalable cable sets to accommodate different ship voltages and power levels.
- Active Tension Management: Safe handling that adapts to vessel movement and tidal changes.
Power Modules
The barge’s power modules are standardized, containerized units that deliver high-power DC and AC energy to ships and port infrastructure. Each module includes power electronics, converters, and control interfaces, enabling modular scalability based on port demand. The system supports controlled charging of onboard energy storage and high-capacity discharging during shore power operations. Designed for heavy-duty maritime applications, the modules ensure safe, efficient, and compliant energy transfer under varying operational conditions.
Key information
- Modular units considered have either small power output (~50kW) but with large life expectancy, or large power output (~3.4MW) but with smaller life expectancy
- Support multiple voltage levels for OPS (Onshore Power Supply)
- Designed for rapid replacement, maintenance, and upgrades
Technical features
A floating barge is equipped with standardized, container-enclosed battery modules that can be charged via a shore connection and can provide energy to vessels or shore facilities. On the barge deck, a deckhouse protects and houses the power distribution, management, and monitoring electrical equipment. Through this area, power distribution can be adjusted and safely supplied to the connecting side. The connection is established via voltage cables that are safely routed from a cable reel through a crane’s mechanical arm to the standby connection point.
Key data
- Power output and distribution adjusted to the needs
- Electrical equipment is fully enclosed protected
- Power output of up to 88.3MW and energy capacity up to 65.3MWh
- Flexible and modular design that can be fitted to any barge
Power Grid
BlueBARGE's microgrid is the core control system that manages the barge’s energy flows, ensuring stable and reliable power delivery to vessels and ships. It coordinates multiple onboard energy sources and storage units, enabling flexible operation that adapts to grid conditions. The microgrid optimizes charging, discharging, and energy dispatch according to offshore operational needs, and allows the barge cold ironing as well as grid support services such as peak shaving, frequency support, and congestion relief for the local port network. Designed for plug-and-play deployment, the microgrid integrates seamlessly with various port infrastructures across Europe.
Key information
- Supports multi-MW power exchanges
- Provides charging power for vessels with different voltage levels
- Enables both islanded and grid-connected modes
- Provides grid support services to reduce port congestion
Barge as energy storage
BlueBARGE can operate as a floating energy storage platform. Equipped with a high-capacity Energy Storage System (ESS) that utilizes an innovative hybrid battery and hydrogen concept, the barge can absorb electricity from the grid or renewable sources and later supply power to vessels, ports, or offshore facilities. This flexible storage capability helps balance energy supply and demand, especially in locations with limited grid capacity or intermittent renewable generation. The mobility of the barge allows stored energy to be transported and deployed at different locations, supporting port operations, vessel electrification, offshore facilities, and microgrid stability.
Shore-Side Electricity (SSE)
Shore-Side Electricity (SSE), also called cold ironing or onshore power supply, is a technology that enables ships docked at port to connect to the local electrical grid instead of running their onboard diesel engines to generate power. By supplying electricity from the shore, SSE significantly reduces fuel consumption, greenhouse gas emissions, and air pollutants such as sulfur oxides (SOx) and nitrogen oxides (NOx). It also decreases noise pollution and improves air quality in port areas, supporting sustainable shipping practices and helping ports meet environmental regulations.
BlueBARGE Interactive Infografic
Magellan Associação
Created on February 10, 2026
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Transcript
Are you a port or a terminal?
Shore Side Electricity - SSE
Barge as energy storage
Power Grid
Port-to-barge interface
Barge technical features
Barge-to-ship interface
Power modules
Project Video
Port to barge interface
Automated Shore-to-Ship Connectivity: The BlueBARGE system utilizes a connection interface to establish the power connection between shore power and the barge. By combining an AI-driven vision system with automated robotics, the interface identifies, aligns, and secures high-power connections without human intervention.
Key aspects
Barge to ship Interface
In this system, offshore energy transfer is established via a Cable Management System (CMS) between a highly efficient Battery Module (a barge equipped with batteries and integration equipment) and a vessel equipped with an alternative marine power system receiving interface. Stored power from the containerized power units is distributed, controlled, monitored, and adjusted via electronic panels, electric transformers, and electrical cabinets. Electricity is transferred from the barge through a low-voltage cable, which is guided to the vessel’s connection box by a crane with an extendable mechanical arm. Power-by-wire is transferred to the vessel’s low or high voltage connection panel and can then be distributed directly through the main switchboard to cover the vessel’s operational needs.
Key data
Power Modules
The barge’s power modules are standardized, containerized units that deliver high-power DC and AC energy to ships and port infrastructure. Each module includes power electronics, converters, and control interfaces, enabling modular scalability based on port demand. The system supports controlled charging of onboard energy storage and high-capacity discharging during shore power operations. Designed for heavy-duty maritime applications, the modules ensure safe, efficient, and compliant energy transfer under varying operational conditions.
Key information
Technical features
A floating barge is equipped with standardized, container-enclosed battery modules that can be charged via a shore connection and can provide energy to vessels or shore facilities. On the barge deck, a deckhouse protects and houses the power distribution, management, and monitoring electrical equipment. Through this area, power distribution can be adjusted and safely supplied to the connecting side. The connection is established via voltage cables that are safely routed from a cable reel through a crane’s mechanical arm to the standby connection point.
Key data
Power Grid
BlueBARGE's microgrid is the core control system that manages the barge’s energy flows, ensuring stable and reliable power delivery to vessels and ships. It coordinates multiple onboard energy sources and storage units, enabling flexible operation that adapts to grid conditions. The microgrid optimizes charging, discharging, and energy dispatch according to offshore operational needs, and allows the barge cold ironing as well as grid support services such as peak shaving, frequency support, and congestion relief for the local port network. Designed for plug-and-play deployment, the microgrid integrates seamlessly with various port infrastructures across Europe.
Key information
Barge as energy storage
BlueBARGE can operate as a floating energy storage platform. Equipped with a high-capacity Energy Storage System (ESS) that utilizes an innovative hybrid battery and hydrogen concept, the barge can absorb electricity from the grid or renewable sources and later supply power to vessels, ports, or offshore facilities. This flexible storage capability helps balance energy supply and demand, especially in locations with limited grid capacity or intermittent renewable generation. The mobility of the barge allows stored energy to be transported and deployed at different locations, supporting port operations, vessel electrification, offshore facilities, and microgrid stability.
Shore-Side Electricity (SSE)
Shore-Side Electricity (SSE), also called cold ironing or onshore power supply, is a technology that enables ships docked at port to connect to the local electrical grid instead of running their onboard diesel engines to generate power. By supplying electricity from the shore, SSE significantly reduces fuel consumption, greenhouse gas emissions, and air pollutants such as sulfur oxides (SOx) and nitrogen oxides (NOx). It also decreases noise pollution and improves air quality in port areas, supporting sustainable shipping practices and helping ports meet environmental regulations.